Surfacing using Creo Parametric 3.0
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1 Surfacing using Creo Parametric 3.0 Overview Course Code Course Length TRN-4506-T 3 Days In this course, you will learn how to use various techniques to create complex surfaces with tangent and curvature continuities. You will also learn how manipulate surfaces using editing tools, and analyze surfaces for quality and desired characteristics. In addition, you will learn how to create solid features using the surfaces as references. After completing this course, you will be well prepared to create complex shaped models using surfaces in Creo Parametric. At the end of each module, you will complete a set of review questions to reinforce critical topics from that module. At the end of the course, you will complete a course assessment in Pro/FICIENCY intended to evaluate your understanding of the course as a whole. Course Objectives Describe surface modeling and its terminology Learn advanced selection techniques Create advanced datum features Use advanced sketching techniques Learn basic surfacing tools Create various boundary surfaces Create variable section sweep surfaces Create helical sweep surfaces Create swept blend surfaces Utilize surface analysis tools Extend and trim surfaces Manipulate surfaces Create and edit solid models using surface quilts Utilize the master model technique
2 Prerequisites Introduction to Creo Parametric 3.0 Audience This course is intended for mechanical designers, design engineers, industrial designers, and related roles
3 Agenda Day 1 Module 1 Surface Modeling Overview Module 2 Advanced Selection Module 3 Advanced Datum Features Module 4 Advanced Sketching Module 5 Basic Surfacing Tools Module 6 Boundary Blend Surfaces Day 2 Module 7 Sweep Surfaces with Variable Sections Module 8 Helical Sweeps Module 9 Swept Blends Module 10 Analyzing Surface Curvature Module 11 Additional Surface Analysis Tools Day 3 Module 12 Extending and Trimming Surfaces Module 13 Manipulating Surfaces Module 14 Creating and Editing Solids using Quilts Module 15 Master Model Technique Module 16 Project
4 Course Content Module 1. Surface Modeling Overview i. Introduction to Surfacing ii. Surface Modeling Uses iii. Surface Modeling Paradigms iv. Blending Surface Modeling Paradigms v. Surfacing Terms Module 2. Advanced Selection i. Advanced Chain Selection ii. Advanced Surface Selection iii. Using the Search Tool Module 3. Advanced Datum Features i. Creating Datum Graphs ii. Creating Datum Coordinate Systems iii. Creating Points On or Offset from Entities iv. Creating Points at Intersections v. Creating Points using an Offset Coordinate System vi. Sketching Geometry Datums vii. Creating Curves Through a Point or Vertex viii. Creating a Curve Through a Point Array ix. Creating a Curve from a Cross-Section x. Creating a Curve From Equation xi. Creating Composite Curves xii. Creating a Curve from Curve Intersections xiii. Creating a Curve at Surface Intersection xiv. Projecting and Wrapping Curves xv. Trimming Curves xvi. Creating Offset Curves xvii. Creating Cosmetic Sketches Module 4. Advanced Sketching i. Using Sketched Curves ii. Sketching Ellipses iii. Sketching Elliptical Fillets iv. Sketching Splines v. Modifying Splines Basic Operations vi. Modifying Splines Advanced Operations
5 vii. Importing and Exporting Spline Points viii. Sketching Conics ix. Sketching Text x. Thickening Edges xi. Analyzing Sketcher Convert Options xii. Locking Sketcher Entities xiii. Analyzing Sketcher Dimension Options xiv. Sketcher Diagnostic Tools Module 5. Basic Surfacing Tools i. Creating Surface Extrude Features ii. Creating Surface Revolve Features iii. Creating Fill Surfaces iv. Creating Sweep Surfaces with Open Trajectories v. Creating Sweep Surfaces with Closed Trajectories vi. Creating Blend Surfaces by Selecting Parallel Sections vii. Creating Blend Surfaces by Selecting Non-Parallel Sections viii. Creating Blend Surfaces by Sketching Sections ix. Analyzing Blend Surface Section Tools x. Analyzing Blend Surface Options xi. Analyzing Blend Surface Tangency xii. Creating Rotational Blend Surfaces by Selecting Sections xiii. Creating Rotational Blend Surfaces by Sketching Sections xiv. Analyzing Rotational Blend Surface Options xv. Analyzing Rotational Blend Surface Tangency Module 6. Boundary Blend Surfaces i. Understanding Boundary Curve Concepts ii. Creating Boundary Blends in One Direction iii. Creating Boundary Blends in Two Directions iv. Analyzing Blended Surface Boundary Conditions v. Analyzing Blended Surface Constraint Options vi. Analyzing Blended Surface Control Points vii. Creating Boundary Blends with Influencing Curves viii. Analyzing Approximate Blended Surface Options ix. Creating a Blend Tangent to Surfaces Module 7. Sweep Surfaces with Variable Sections i. Understanding Sweeps with Variable Sections ii. Creating Sweep Surfaces using a Constant Section
6 iii. Creating Sweep Surfaces using Normal to Trajectory iv. Creating Sweep Surfaces using Constant Normal Direction v. Creating Sweep Surfaces using Normal to Projection vi. Analyzing Horizontal and Vertical Control in a Sweep Surface vii. Creating Sweep Surfaces Utilizing Multiple Trajectories viii. Creating Sweep Surfaces using Tangent Trajectories ix. Analyzing Sweep Surface Trajectory Options and Rules x. Using Trajpar with Sweep Surface Features xi. Using Trajpar and Datum Graphs with Sweep Surface Features Module 8. Helical Sweeps i. Understanding Helical Sweeps Theory ii. Utilizing Helical Sweeps for Surfaces iii. Analyzing Helical Sweep Surface Profile and Pitch Variations iv. Utilizing Variable Sections in Helical Sweep Surfaces Module 9. Swept Blends i. Understanding Swept Blend Theory ii. Creating Swept Blend Surfaces by Selecting Sections iii. Creating Swept Blend Surfaces by Sketching Sections iv. Analyzing Swept Blend Surface Section Options v. Analyzing Swept Blend Surface Section Plane Control vi. Analyzing Horizontal and Vertical Control in a Swept Blend Surface vii. Analyzing Swept Blend Surface Tangency viii. Analyzing Swept Blend Surface Options ix. Analyzing Swept Blend Rules Module 10. Analyzing Surface Curvature i. Analyzing Surfaces Theory ii. Defining Curvature iii. Defining Curvature Continuity iv. Analyzing Curvature of Curves v. Analyzing Curvature of Surfaces vi. Analyzing Curvature using Sections vii. Analyzing Curvature using Normals viii. Using Shaded Curvature Analysis for Surfaces ix. Using Shaded Section Curvature Analysis x. Creating Curvature Continuous Surfaces xi. Analyzing Connections
7 Module 11. Additional Surface Analysis Tools i. Using the Point Analysis Option ii. Using the Radius Analysis Option iii. Using the Dihedral Angle Analysis Option iv. Using the Offset Analysis Option v. Using the Draft Analysis Option vi. Using the Slope Analysis Option vii. Using the Reflection Analysis Option viii. Using the Shadow Analysis Option Module 12. Extending and Trimming Surfaces i. Extending Surfaces ii. Extending Surfaces Using Measurements iii. Analyzing Extend Surface Options iv. Creating a Surface Trim v. Trimming Surfaces with Geometry vi. Trimming Surfaces with Quilts Options vii. Trimming Surfaces with the Silhouette Trim Option viii. Trimming Surfaces with the Vertex Round Option Module 13. Manipulating Surfaces i. Copying and Pasting Surfaces ii. Offsetting Surfaces iii. Offsetting Surfaces with the Expand Option iv. Offsetting Surfaces with Draft v. Moving and Rotating Quilts vi. Mirroring Quilts vii. Merging Surfaces viii. Untrimming Surface Copies ix. Flattening Quilts Module 14. Creating and Editing Solids using Quilts i. Thickening Surface Quilts ii. Solidifying Quilts to Add Material iii. Solidifying Quilts to Remove Material iv. Solidifying Quilts to Replace Material v. Offsetting Surfaces using the Replace Option vi. Creating Rounds on Surfaces vii. Converting Solid Rounds to Surfaces
8 Module 15. Master Model Technique i. Master Model Technique Theory ii. Creating a Master Model iii. Creating Framework in the Master iv. Creating Surfaces in the Master v. Refining and Completing the Master Model vi. Sharing Geometry from the Master Model vii. Completing Body Components Module 16. Project i. The Shaver ii. Creating the Master Model iii. Creating Framework in the Master Model iv. Creating Surfaces in the Master Model v. Refining and Completing the Master Model vi. Sharing Geometry from the Master Model vii. Creating a Body Component
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